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Tian, Y.
Yang: Large-scale Terrain Scene Modeling and Roaming Simulation Based on VRML, Environmental Science and Information Application Technology (ESIAT) (2010), p. 150-153.

Comparative Study of the Units Serial and Parallel Recovery Strategy after Blackout ZHAO Wei-xing1, MA Tan-feng1, TIAN Lian-jie1, WANG Ping1, QIU Xiao-yan2, LIU Nian2, and CUI Wei2 1 Guizhou Power Grid Corporation of dispatch control center 550002, Guizhou Province, China 2School of Electrical Engineering and Information, Sichuan University, Chengdu 610065, Sichuan Province, China a807072046@qq.com,bcuiweihfut@126.com Keywords: Serial restoration; Parallel restoration; Data envelopment analysis; Community structure.
Yang, B.

The analysis of the grid-connected Phase-locked loop technologies based on the transformation of Coordinate system YANG Guotao1,a, SUN Zhiyi1,b, LIU Liqun1,c* 1.College of Electronic Information & Engineering, Taiyuan University of Science & Technology, Taiyuan 030024, China asmartygt@yahoo.com.cn, bsunzhiyi@263.net, c270657458@qq.com Keyword: Phase-locked loop (PLL)；Photovoltaic inverter of grid-connected；Grid voltage offset.
Tian, S.

A Study on the Influence of Fly Ash on the Thermal Parameters of Shrinkage Compensating Concrete Yuchuan Jianga, Je Xub, Baocheng Zhao and Yang Wang China Building Material Test & Certification Group Co., Ltd, Beijing 100024 jyc@ctc.ac.cn, jiangyc2012@sohu.com Keywords: Fly ash, Shrinkage compensating concrete, Thermal performance Abstract: This paper studies the adiabatic temperature rise, specific heat, thermal conductivity and thermal diffusivity of shrinkage compensating concrete mixed with 18%, 23%, 30% and 40% fly ash.
Tian, L.

[4] L.Yang, Z.G.Tian, C.Feng, Establishment and application of silk fabric specifications database, Sichuan silk, 04 (2007) 19-20

Yang, Preparation and Electromagnetic Properties of PANI Coated Short Carbon Fibers.
Tian, Syntheswas of Carbon Coated Nano Fe-Ni Magnetic Particles, J.

The Microenvironment Simulation and Ergonomic Evaluation of Negative Pressure Isolation Cabin Shengjun Liu1,a, Mingxi Hu 1,b, Yanjun Zhang 1,c, Zhenjie Du1,d, Feng Tian﹡1,e, Xinwu Xie 1,fand Wanyu Gao﹡1,g 1Institute of Medical Equipment, Academy of Military Medical Sciences, Tianjin, 300161, China alsj_tj@yahoo.com.cn , bhumax@126.com , camms7@126.com, dyangduhan@yeah.net, etianfen62037@yahoo.com.cn, fxinwuxie@163.com, gweizhuangsuogao@126.com Key words: microenvironment; negative pressure isolation; ergonomic; infectious disease Abstract: The paper simulates the airflow in the microenvironment of negative pressure isolation cabin for the infectious disease patients.
References [1] Liu shengjun,Yang jingquan.The study on optimization of inner environment of a negative pressure isolator for transportation of infectious disease patient[J],Chinese Medical Equipment Journal.2005 Vol.26No.2 [2] HEXin,TANGMin-ran,HULiang-yong,HEGuang-yao.Criteria and key technique for BSC testing performance[J],CHINA MEASUREMENT & TEST ,Vol.35No.5 September, 2009 [3] TANG Xiao lan,SU Weidong,GAN Yong xin,CHEN Li.

Edge Detection of the Impulse Noise Pollution Image Based on the Rough Set LIU Qing1, a, WEI Hong-bo2, b and YANG Xiao-ping1, c 1 School of Physics & Information Science, Tianshui Normal University, Tianshui, 741001, China 2 Shanxi Provincial Military Command Communications Office, Xian, 710061, China axdlq@163.com, bhbw88@126.com, c xpyangtsnu@163.com Keywords: Edge detection; Rough set; Image with impulse noise Abstract.
[2] Tian Yuanyuan, Kong Yincheng,Cui Kai, et al.

Tian, R.K.
Oxford University Press (1996) [12] Weiping Yang, Jiawen Xu.

[5] Yang Zhengwei, Zhang Wei, Tian Gan, Song Yuanjia, Jin guo Feng.